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You searched for: subject:"quantum well"
|Rapid Intensity Degradation in InGaSb/InAlGaSb Quantum Well Lasers - M. Yin and R. Jones|
As a factor to limit higher lasing temperature, the rapid lasing intensity degradation in mid-infrared InGaSb/ InAlGaSb quantum well (QW) laser diode has been found and analysed. Due to higher resistance, defects, produced and developed by driving current in p-cladding layer, destroy lattice structure and make the lasing intensity decay. SEM result confirms the defects appeared in p-cladding layer and induced by driving current...
Keywords: Laser Intensity Degradation; Mid-Infrared Laser; Ingasb/Inalgasb Quantum Well; Electroluminance
|BOREAS TE-9 NSA Photosynthetic Capacity and Foliage Nitrogen Data - Dang, Qinglai|
The Boreal Ecosystem-Atmospheric Study (BOREAS) TE-9 (Terrestrial Ecology) team collected several data sets related to chemical and photosynthetic properties of leaves in boreal forest tree species. This data set describes the spatial and temporal relationship between foliage nitrogen concentration and photosynthetic capacity in the canopies of black spruce, jack pine, and aspen located within the Northern Study Area (NSA)...
Keywords: ENERGY GAPS (SOLID STATE); HOLES (ELECTRON DEFICIENCIES); MANY BODY PROBLEM; QUANTUM WELLS; SEMICONDUCTOR LASERS; GALLIUM ARSENIDES; MOMENTUM; QUANTUM WELL LASERS
|2.57 Nano-to-Macro Transport Processes Fall 2004 - MIT OCW|
This course provides parallel treatments of photons, electrons, phonons, and molecules as energy carriers, aiming at fundamental understanding and descriptive tools for energy and heat transport processes from nanoscale continuously to macroscale. Topics include the energy levels, the statistical behavior and internal energy, energy transport in the forms of waves and particles, scattering and heat generation processes, Boltzmann equation and derivation of classical laws, deviation from classica...
Keywords: nanotechnology; nanoscale; transport phenomena; photons; electrons; phonons; energy carriers; energy transport; heat transport; energy levels; statistical behavior; internal energy; waves and particles; scattering; heat generation; Boltzmann equation; classical laws; microtechnology; crystal; lattice; quantum oscillator; laudaurer; nanotube; Louiville equation; X-ray; blackbody; quantum well; Fourier; Newton; Ohm; thermoelectric effect; Brownian motion; surface tension; van der Waals potential